Jan 24, 2013 · This paper proposes a novel calibration free based algorithm called Infer Loc to infer user's daily significant locations using Wi-Fi signals ...
Experimental results show that InferLoc can recognize visiting locations both in temporal and spatial fine-granularity magnitude under short response delay ...
This paper proposes a novel calibration free based algorithm called Infer Loc to infer user's daily significant locations using Wi-Fi signals obtained from ...
Dec 5, 2012 · InferLoc: Calibration Free Based Location Inference for Temporal and Spatial Fine-Granularity Magnitude. Authors: Author Picture Zhenyu Chen.
This paper proposes a novel calibration free based algorithm called Infer Loc to infer user's daily significant locations using Wi-Fi signals obtained from ...
InferLoc: Calibration Free Based Location Inference for ... - dblp
dblp.org › conf › cse › ChenWCZL12
Bibliographic details on InferLoc: Calibration Free Based Location Inference for Temporal and Spatial Fine-Granularity Magnitude.
2013. InferLoc: calibration free based location inference for temporal and spatial fine-granularity magnitude ... A Temporal Coarse-to-Fine Approach to Flexible ...
InferLoc: calibration free based location inference for temporal and spatial fine-granularity magnitude ... 2012. A Temporal Coarse-to-Fine Approach to Flexible ...
InferLoc: Calibration Free Based Location Inference for Temporal and Spatial Fine-Granularity Magnitude ... locations both in temporal and spatial fine ...
InferLoc: Calibration Free Based Location Inference for Temporal and Spatial Fine-Granularity Magnitude ... LoSeCo: Location-based Search Computing for Pervasive ...